Camera.



J. H. TRUMBULL.

. CAMERA. APPLICATION man AUG-30, 1913. 1,146,291.

Patented July 13, 1915.

4 SHEETS-SHEET! Fig. '1;

Fig. 2-

IIWE/IITOR 1-. H. TRUMBULL.

QAMERA. APPLICATION FILED AUG-30' 1913.

' Patented July 13 INVENTOR J'Qbn If. Humble, I

9 4 SHEETS-SHEET as WITNESSES.

J. H. TRUMBULL.

CAMERA. APPLICATION nun AUG-30, 191a. 1,146,291. I I Patented July 13, 1915. v 4 SHEETSSHEET a.

' Fig. 5-

WITNESSES J.H.TRUMBULL.

CAMERA. APPLICATION FILED AUG.30| 1913.

1,146,291. Patented July 13, 1915.

' v 4 SHEETS-SHEET 4.

v 1 F1 9 Fig; 10 v. v 1 g srxrns mrnnr OFFICE.

' .*romv-t 'IRUMIBULL, or PLAINVILLE, connnc'rrcur.

CAMERA.

T all whom it may concern:

Be 'it'known that. I, J OHN H. TRUMB LL', a citizen of the United States of America,

v and residing at Plainville, in the county of .Hartford and State of Connecticut, have invented new and useful Improvements in Cameras, of whichthe following is a speci:

.My; invention relates particularly came eras of the so-called magazine or-multiple exposure type, and one object of theinvention is to prevent double exposure or the I superposition of-two pictures on a single film or plate. Another object is to facilitate the operation ofthe camera so as to enable the operator to take a succession of ictures with greater rapidity than is possible with'the mechanism ordinarilyemployed.

These objects are accomplished by auto- 1 matically presenting a fresh expanse of the mechanism whereby it will be caused to operate to place a fresh portion of the sensi f tized medium in" positionfor exposure after each exposure is made by the shutter. A special .feature of, the invention con sists in utilizing the act of loading or placing the sensitized medium in position within the camera for the purpose of storing up the needed energy in the motor. In the practical embodiment of the. invention which I have herein disclosed, the power is derived from a spring motor and the action necessary to the loading of the camera is taken advantage of for the purpose of winding up the ,springof the said motor. .The controlof this motor is eflected by suitable connections extending from the shutter mechanism. I v

A further special feature of the invention resides intheuse .of' fluid pressure connections for the transmission ofthe controlling impulse from the shutter mechanism to the motor controller. When the shutter is to be operated by acompression bulb or other fluid pressure device,- I propose to utilize the pressure thus created as the means for transmission of the controlling impulse to the sensitized medium and the placing of this motor under the control of the shutter Specification of Letters Patent; Pat t d Julyls 1915. Application filed August so, 1913. serial to. 787,406. v

motor. In. a camera havingfan adjustable focusI propose to provide means for main taining the continuity of the fluid pressure" connections regardless of the adjustment necessary for focusing r The inventlon 1s shown asap'olied to' a folding camera Where special provision is cally after each exposure in either event in readiness for the next exposure. I have. also provided means for automatically controlling .the' operation for instantaneous,

bulb or time e xposures in accordance with the setting of the shutter.. 5 In a strip film camera as shown and described the film itself or its backing afl'ords means for stopping the motor after it has made to allow folding of the camera and to moved the film the proper distance for a 7 new exposure in the-provision of means for rendering the automatic feed inoperative whereby the sen- Various other features of the inventionwill appear as the specification proceeds.

'. In the accompanying drawings I have illustrated a practical embodiment of the Aifurther feature of the invention resides invention as applied to a strip film camera I of conventional folding type with adjustable focus. It will beunderstood however, that the invention 'is not limited to this particular disclosure but is susceptible of many chan es and modifications, and I would fur- I ther ave it known that the claims are not limited to the forms shown and described and that the terms of theclaims areterms of description rather than of limitation except as" may be required by the state ofthe 'art. I

Figure 1 is a front view of one form of invention, the camera being closed Fig.

'ios camera embodying the improvements of my "2, is a side view of the aine. Fig. 3, is a 'side elevation and partia sectional view, the

camera being open but omitting thebel-fllq lows and shuttermechanism. Fig.4, is a front detail view of the lens mount and 1 gle to the plane of Fig. 5.

tail view of the. motor control mechanism I taken on a plane substantiallyat a right an- Fig. 8, is a detached part-sectional view of the annular member.which is operated to render the automatic control inoperative when it is desired to shift thefilm by hand instead of 20 automatically. Fig. 9,. isa view similar to Fig. 5 with the motor mechanism in the normal operative position and the winding key turned down in its normal inoperative position. Fig. is a detail sectional view 25 showing the, annular member turned to permit the manual shifting of the film. Fig.

11, is a longitudinal sectional view of the valve mechanism which controls flow of the v actuating 'fluid'for the purpose of controlf 8Q ling'the motor. Fig. 12, is a transverse sectional view of the same taken substantially on the plane of the line 12-12 of Fig. 11. Fig. 13, is a longitudinal sectional view of this mechanism taken substantially on the 35 plane of the line 1313 of Fig.11. Fig. 14,

is an enlarged detail 'view illustrating the engagement of the valve operating link by the oscillating shutter-operated member, this latter member appearing in section. Fig. 15,

#401is a broken sectional view of the manually operable mechanism for actuating the. shutter and effecting the automatic control of the film feeding means.

In the form of invention here disclosed- 461the camera body is provided with a hinged door 21 which when opened to the position shown in Fig. 3 constitutes a platformpr support for the lens mount 22. This I lens mount 22 as customary carries the shut- 60 ter 23 and the mechanism for actuating the I shutter. The shutter actuating mechanism asshown has a plunger 24 working in a cylinder 25 and engaging the outer end of the shutter arm 26, air for'operating the plun 55 ger being supplied to the cylinder through I the tube 27 from a suitable bulb or other air compressing device (not shown). In addition to this bulb operated mechanism there is a manually operable means for actuating 80 the shutter, in the shape of a lever 28 adapted upon manual operation of the plunger 29 to be engagedby the head 30 of the said plunger and'to be thereby caused to operate the shutter.

6 The film or strip of sensitized material 31 is wound on a spool 32 which spool is rotated by a spindle 33, the spindle having for the purpose a transverse key 34 on its inner end engaging a corresponding slot in the end of the spool. A winding key 35 is provided on the outerend of the spindle for turning it by hand.

The motor by which the automatic shift ing of the film is accomplished is here shown as a spiral spring 36 connected at its inner end 37 with the arbor 38 and'secured at its outer end 39 to the spring barrel 40. Suitable driving gearing is provided between the motor and the-spindle and the same is here shown as a driving gear 41 on the arbor meshing with the intermediate gear 42 which in turn meshes with a gear 43 on the spindle. Thisgear 43 is loose on the spinmember 54 also has a series of spiral teeth 55 meshing with the spiral gear56 carried by the intermediate gear 42. i 1 When placed under tension the spring exerts its force to turn the arbor 38 and It will be clear therefore that gear, the said intermediate gear. will .ro-

tate and will therefore impart rotation to the gear 43 on the spindle. When under these conditions the clutch member is in engagement with the teeth 48, of gear 43, the said gear will be clutched to the spindle and therefore impart rotationto said spindle and to the film winding spool.

Control of the motor controlling dog is effected infthe present instance through the medium of fluid pressure connections extending from the shutter mechanism to a device which directly actuates the saidv dog. This latter device as illustrated in Figs. 3 and 7 consists of a plunger. 60 having a point or cam end 61 engaging the free end of the 'control dog 50, the said plunger working in a cylinder 62 ,which is supplied with fluid under pressure through a tube 63.

This tube has a flexible joint 64 in it adjacent the hinge support of the lens platformso as to permit the folding action of the camera.

The jfluid pressure impulse for I operating position 91. During this upward movement the device which liftsthe control dog from engagement with the toothed escapement member,is obtainedin the present instance bydiverting apart of thecompressed air usedfor operating the shutter, into a reservoir chamber 65 carried by the lens mount. This is accomplished by providing a branch 66 in the air supply tube 27, leading oil fromthe tube to said reservoir. From this reservoir the air flows through a passage 68 into a valve chamber 69 provided with a spring-pressed valve 70, which controls flow throughnan outlet 71. From this outlet a tube 72 extends downwardly and makes connection with the tube 63 extending to the back ofthe'ca mera. For the purpose of storing and holding the air .the reservoir may be made with an expansible lining 73 and-be provided with a check valve 74.

There is also shown a spring pressed fol-.-

lower 75 which cushions the incoming i charge of air and gives added force'to the outgoing charge of air.

Allowance is made for adjustment of the lens head for focusing purposes, in the present instance, by the provision of a sliding joint 'in the fluid pressure connections on the bulb is released the shutter closes and the lever 28'moves into the upper dotted line of lever 28 the link 82 is pulled upward, partially rotating lever 83 and causing the arm 88 of said lever to act against the stud 87 and thereby draw the link 84 inward to open the valve 70. At the time this valve is opened the shutter has been closed and the exposure has been completed. When valve 70 is thus opened the air. stored in the reservoir passes out through the connections 72 and 63 to the control device 62, operating this device to lift the control dog 50 fromengagement with the escapement member 54. The motor being now free to operate, shifts the film and places a fresh expanse of film in position ready for thenext exposure.

The upper or normal position of the shutter lever 28 is indicated at 91 in'Fig. 4 and the position of therocking lever 83 and as sociated parts at this time is indicated in Fig. 11. In this position of lever 83 the arm 88 is on the left side of the stud 87. During the opening movement of the, shutter the lever 28 moves from this normal position downward to the full line position in Fig. .4 and as lever 28 moves downward, lever 83 between the shutter mechanism and motor control. This'sliding joint is shown as a relatively stationary box 76 on the lens platform, pressed upward by springs 77 and provided with an opening 78 in its top, and

, a relatively movable box 79 carried by the lens mount in sliding .contact with the top of the stationary box and provided with a slot .80' in the bottom thereof. This construction allows for the necessary adjustmerit of the lenswithout interfering with the continuity of the air connection.

7 In the type of shutter mechanism disi to closed, the lever 28 is given a definite up anddown movement each time the shutter is operated to make an exposure andthe movement of this lever is utilized to operate the .valve (7 (l).- which controls flow of the actu ating impulse to the motor control.- The operating connections between lever 28 and this valve, here take the form ofa link 82 extending from the lever to one arm of an angular lever '83 and 'a' link 84, slidably andthe parts are-shown as they appear at the time of exposure, the bulb being pressed to hold the 3 shutter open. When pressure at one end and provided is rocked and the cam-like face 96 on the arm 88 of lever 83, engaging stud 87 springs link 84 over until the arm 88 finally passes to the right of the stud. The arm 88 being now at the right of the stud 87, upon the up ward shutter-closing movement of lever 28 and the consequent upward rocking move- -ment of lever 83, the arm 88 acting against the stud 87 will draw the link 84 over to open the control valve 70. In the making of a complete exposure therefore the shutter lever moves from an upper normal position of rest to an extreme downward position and back to the upper position. In the downward movement of the shutter; lever the arm 88 of the rocking lever moves back in the manner described and obtains a grip on the valve-operating link 84 and having obtained this grip it operates toward the end of the upward shutter-closing movement of the shutter lever to open the valve and permit transmission of acontrol im ulse to the motor. The arm 88 and stud 8 are so proportionedthatas the shutter lever nears the end of its upward stroke and the rocking lever has almost completed its forward movement, the arm- 88 will slip up over the stud 87, thereby releasing the link 84 and permitting the control valve to close under the influence of its spring. This releasing action is allowed for by reason of the ever-increasing distance of the stud 87 from the pivotal center of the rocking lever dulring the shifting of the link to open the va ve.

When the shutter is set for instantane- 011s exposures,the shutter lever 28 has a bulb exposures, except that its return upward movement is automatic. The action of the valve-actuating connections is consequently the same fo'r'instantaneous as for the bulb exposures only quicker. Intakmg time exposures however, the 'in'lovement of the shutter lever is somewhat diiferent. In this case the lever moves from the upper position down tothe extreme lower position and back to an intermediate position indicated in dotted lines at 100 in Fig. 4 as usual in this type of shutter. 'In this intermediate position the shutter is held open and the parts are so proportioned that in this part-way upward movement of the shutter lever the control valve will have not yet beenv opened. Upon a second pressure on the shutter-actuating bulb, the shutter will be closed and the shutter lever will move from the intermediate position 100, back to its full upward position. In this latter movement of the lever from the intermediate to the upper position, the exposure having been completed, the valve-actuating con- .nections now act to open the control valve and the controlling impulse is thereupon sent to the motor. control device.

Exhaust of air from the motor control device is provided for by making'the plunger of this device with a longitudinal passage 101 leading from the rear end. of the plunger to an annular groove 102, which groove registers with an exhaust port 103 in the cylinder 62 when the plunger is in its. forward position. A spring 1:04 bearing upon the head of the plunger serves to hold it normally in its retracted inactive position. Y

In the form .of shutter illustrated the mechanism may be operated by'hand as well as by a bulb or similar air-compressing device, and provision is therefore made for eflecting the automatic film-shifting operation of the motor in either event. The plunger 29, by which the manual operation of the shutter is accomplished, is for this-pur pose mounted 'in a cylinder 105,- which is connected by a tube 106 with the valve cham-. ber 69. The plunger is held normally elevated by a spring 107 and a valve 108 is provided to check the reverse flow. of the air compressed within the cylinder. When the plunger isdepressed, the head 30 of the plunger engages and operates the shutter lever 28 (Flg. 15)v and the air compressed beneath the plunger flows through the tube pansible reservoir? 3. Upon completion of the exposure, the shutter lever, through the connectlons described, operates the control valve and causes operation of the motor in the manner set forth above.

Automatic means are provided for automatically stopping the motor when it has shifted the pre-determined amount of film.

This means here takes the form of a so- The film strip (that is, either the film proper or thebacking strip which usually accompaniesthe film) is provided with marginal.recesses 112, spaced according to the number of exposures on the film. When-the feeler drops into one of these recesses it permits the control dog 50 to engage with the toothed escapement member, a spring 113 being pro vided for so shifting the dog when thus permitted by the feeler. From this it will be seen that when the motor control dog is released from holding engagement with the escapement member, the motor will operate to wind up and feed the film and will continue to operate until the feeler drops into the next marginal recess and permits the dog to again engage the escapement member. {The storing. up of energy in the motor is accomplished in the present disclosure by the preliminary winding of the film into position ready for the first exposure. The

mechanism for this purpose consists of a,

Winding gear 115', loose on the spindle 33, provided with clutch teeth 116 arranged to be engaged by corresponding teeth 117 on the clutchmember 44, and a gear 118 carried by the spring barrel 40,- and in mesh with the winding gear. The engagement of the clutch member with the winding gear is effected by the act of turning'the winding key 35 from-its folded inoperative position, shown in Fig. 9, out into its operative position, Fig. 5, the key being pivoted at 120 to a head 121 engaged on the end of the spindle 33 and having its ends 122 arranged to engage with a relatively stationary abutment 123. As the key is turned up from itsvfiattened or folded position, it will be the abutment 123, which is in the form of a ring, and will .thereby serve to draw the spindle longitudinally outward, thus carrying the clutch member into engagement with the winding gear. The spindle may be a new spool and film, simply pullingoutseen that these ends 122 will bear against ward on-the key, against the tension of spring 125. As the clutch member is slidingly keyed (4546) on the spindle, it allows of this further outward movement of the left hand end of its travel on the spindle.

spindle A spring 126is provided for forc- I 106 1nto the valve chamber and into the ex"- in Fig. 9, and when the spindle is'pulled out, the spring 126 causes the clutch memher to travel along with the spindle until' it"meshes with the clutch 116 of the winding gear. When the key is lowered and the engaging the key pin 45 draws theclutch member out of clutching engagement with.

the winding gear 115 and into engagement with the driven gear 43. From the foregoing it will be seen that when the winding key is turned up into the position shown in Fig. 5, the winding gear is clutched to the spindle and rotation then given the spindle for the purpose of winding the film into position ready for the first exposure therefore through the-gears 115 and 118 turns the spring barrel 40 and winds-the motor spring I 36. The spring barrel is held against reverse rotation by a pawl 130 engaging with a ratchet 131 on the barrel.

As the barrel 'or drum 40 is in this instance the member which is rotated to wind the spring, some means are necessary. for holding the othermember of the motor (the arbor) while this winding'is going on. This means is here in the form of a pivoted spring-pressed latch 135 arranged to interlock with a set of teeth 136 on the escape-- ment member 54. This latch has an extension 137 stand'ng in the path of the clutch member 44. onsequently when the clutch member is in its inward position with the driven gear clutched to the spindle (Fig. 9)

the latch is thrown out of engagement with the teeth 136 and the escapement member is then held only by the control dog 50. When, however, the clutch member is shifted into engagement with the winding gear (Fig. 5)

the clutch member no longer holds the latch but permits it todrop down into engagement with the teeth 136 of the escapement mem: her. The escapement member being geared to the arbor therefore 3 holds the arbor against rotation. The arbor being thus held stationary while the spring barrel is being rotated, the necessary energy will be stored up in the spring. The gearing preferably is so proportioned that the manual winding necessary for placing the filmin position for exposure will be sufficient to wind the n i arranged to be engaged'by a pawl 151v on spring. Also the parts will usually be so arranged that the winding latch 135 will not be released until after the clutch member has made engagement with the drive gear 43.

out imparting movement to the winding key,Ihave shown a one-way connection between the key and spindle in the form of a ratchet 150 fast on the end of the spindle the head- 121 which carries the key. This permits rotation ofthe spindle by the key but prevents the spindle when rotated by the motor, from turning the key.

As it may sometimes be desirable to shift the film ;manually instead of automatically, I have. made provision for disconnecting the automatic feed mechanism, which means in the present instance takes the form of a cam ring 140 encircling the annular abutment 123 and provided with cam slots 141, in which are engaged the studs 142 on the abutment ring. A partial rotary movement is allowed the cam ring by supporting it on studs 143. engaging in segmental slots 144 cam ring has been turned to the position shown in Fig. 10, it will have lowered the abutment ring to a point where the turning of the winding key up into active position will shift the clutch member only far enough to unclutch the driven gear 43 and not far enough to clutch with thewinding gear 115. Consequently the spindle is now for all practical purposes entirely independent of the motor and the spindle may therefore be turned to shift the film without affecting or being affected by the motor. When the automatic film winding mecha nism is thus rendered ineffective, ordinary film (without the spaced recesses for the automatic motor stop) may be used in the camera the same as in an ordinary camera.

The control dog 50 maybe manually; retracted by the slide 152. n

The advantages of my invention will be readily appreciated, for it will be seen that by means of the automatic feed of the senand shifting the sensitized material by hand after each exposure.

What I claim .is:

1. In combination, a camera arranged to contain sensitized medium for a plurality of exposures; a shutter, means for setting said shutter to make different kinds of exposures, actuating mechanism for moving said shutter to make the exposure for which the shutter has been set, a'motor for shifting the sensitized medium into position for exposure by the shutter, a controller for said motor and connections from the mechanism which actuates the shutterto the said controller operative irrespective of the character of exposure for which the shutter has been set for'operating said controller upon the completion of the exposure movement imparted by the shutter actuating mechanism to the shutter.

2. In combination, a camera adapted to contain a sensitized film, a shutter for exposing the film including a lever partaking controller releasing means including thev shutter lever aforesaid, whereby said controller releasing means will be operated upon the completion of the exposure movement of the said shutter lever.

3. In combination, a camera arranged to contain sensitized material for a plurality of exposures, power mechanism for shifting the sensitized material arranged to storeup energy upon the moving of the sensitized material'into operative position ready for exposure within the camera, a shutter for exposing the sensitized materiahand mechterial after each exposure made the shutanism for actuating the shutter arranged to control the power mechanism whereby to eflect a movement of the sensitized mater.

4. In combination, a camera arranged to contain sensitized material for 'a' plurality of exposures, a spring .motor for shifting the sensitized material arranged to'be actuated to store up energy by the movingof the sensitized material into position for exposure within the camera, a shutter, and mechanism. for operating the shutter arranged to control the spring-motor toeffeet a movement of the sensitized material after each exposure by the shutter.

5. In combination, a camera arranged to contain sensitized material for a "plurality of exposures and power mechanism for shifting the sensitized material into position for exposure, arranged to be actuated to store up energy by the placing of the sensitized material within the camera.

6. In combination, a camera arranged to contain a -strip of sensitized film, means for manually shifting the film to a position ready for exposure, and a spring motor for shifting the film arranged to be actuated to store up energy by the preliminary manual shifting of the film.

'7. The combination in a camera, of a film winding spool and means for rotating the same, manually operable means engaging the spool rotating means for turning said spool to wind the film to a position ready for exposure and a spring motor having connection with the spool-rotating means during the manual operation aforesaid to store up W power and arranged thereafter to have connection with the spool-rotating means for driving the same.- 7 I 8. In a camera, means for rotating a film winding spool, a spring motor for operatingthe said spool-rotating means, manually op-- erable means for turning the spool-rotating means to carry the film to a position ready for exposure, and a connection arranged during the said manual operation of the spool-rotating means to provide a driving connection between the spool-rotating means and the spring motor whereby the motor will store up energy and thereafter to provide a driving connection from the motor to the spool-rotating means whereby said motor can drive the spool-rotating means. I

9. In a camera, a-spindle for rotating a film winding spool, a motor for operating said spindle, manually operable means for turning said spindle to effect the preliminary film positioning' movement of the spindle, a connecting device arranged during the preliminary manual operation of the splndle to provide a driving connectionbetween the spindle and motor to' cause the motor to store up energy and thereafter to provide a driving connection from the motor to the spindle and means controlling the film feeding operation of the motor.

10. Ina camera, a spindle for rotating a film winding spool, a motor-for operating said spindle, manually operable means for turning said spindle to effect the prelimiunder control of the shutter mechanism for controlling the film feeding operation ofthe motor. V v

11. In a camera, a spindle for rotating a film winding spool, a motor for operatm said spindle, a connecting device arrange inone position to provide a driving connection from the spindle to the motor whereby the motor will be operated to store up power and arranged in another position to provide a driving connection from the motor to the spindle, a Winding key for the spindle-lying normallyin an inoperative position and arranged when shifted to operative position to shift the connecting device from the mo'- tor driving connection to the power storing connection, and means controlling the film feeding operation of the motor.

film winding spool, a spring motor, gearing between the spindle and motor for effecting the winding of the spring motor and the.

drive of the spindle from the motor, clutch mechanism for rendering the gearing efi'ective for winding the motor or for driving the spindle from the motor, means control-' 12. In acamera, a spindle for'rotatinga ling said'clutch mechanism, and means controlling the film feeding operation of the motor. 7 r J 13. In a camera, a spindle for rotating a film winding spool, a spring motor, gearing between. thespindle and motor for effecting the winding of the spring motor-and the drive of the spindle from the motor,-clutch mechanism for rendering the gearing effec-- tive for winding the motor or for driving the spindle from the motor, a winding key with the spring motor for winding the same,-

a second gear loose on the spindle and having connection with the spring motor to provide a drive from the motor to the spindle,

a clutch member non-rotatably held on the spindle and adapted to be engaged with either the winding gear or the drive gear, means controlling said clutch member and means controlling the film winding operationof the motor.

15. In ,a camera, a longitudinally shiftable spindle for rotating a film winding spool,a winding key for the spindle lying hold the driving member when the winding normally in inoperative position and arrangednwhen shifted-to operative position i to move the spindle longitudinally, a spring motor, gearing between the spindle and motor, and means operated by the longitudinal shifting of the spindle for rendering the gearing effective for winding the spring a motor when the key is shifted to operative 1 position and for rendering the gearing efl'ective .to drive the spindle from the motor when the key is shifted to inoperative position.

16. In a camera, a spindle for rotating a film winding spool, a spring motor including an arbor, a spring barrel and a spring connected between the arbor and the barrel, gearing between the spindle and one member of the springmotor for winding up the spring, means holding said member against reverse rotation, a device for holding the other member of the spring motor during the winding of-the spring, gearing between said other member of the spring motor and the spindle for driving the spindle from the motor, clutch mechanism adapted in one position to render efiective the windin gearing betweenthe spindle and motor and in another position to release the holding device and render effective the driving gearcontrolling ing from the motor to the spindle, and means the drivlng operation of the motor.

17. In a camera, a spindle for rotating a I winding spool, aspring motor includ-f ing driving and driven members and a power spring connected between said members, gearing between the spindle and the driven member of the motor for windingup the spring, means holding said member against reverse rotation, gearing between the driving member of the spring motor and the spindle, means controlling operation of either the winding gearing or the driving gearing, and *a device for holding the driving member during the spring-winding movement of the driven member adapted to be rendered inoperative when the driving gearing is operative.

18. In a camera, a shutter, mechanism for,

operating the same, a fluid pressure reservoir, a motor for shifting the sensitized material, a pressure actuated device for controlling the motor, fluid pressure connections from the reservoir to the saiddevice, and a shutter controlled valve controlling flow through said connections.

19'. In. a camera, a spring motor including a power spring connected between driving and driven members, winding gearing for the driven member'of the motor, a movable member operable when shifted to one posi- ,tion'to render the winding gearing operative. for winding the power spring and a latching device operated by said member to gearing is operative.

, 20. In combination, a camera arranged to' contain a strip of sensitized 'material, a spring motor for winding the stri' disposed adjacent one edge of the strip provided with a toothed escapement member, a dog disposed alongside the edge of the strip of material, pivotallysupp'orted at a point intermediate its ends and provided with a toothat its front end extending toward the toothed esca ement member to engage the teeth in sai toothed member, and a feeler carried by the op osite end of the dog and projecting towar the adjacent edge of the strip to be operated by engagementwith the edge of the strip.

21 In combination, a camera, a film in said camera consisting of a strip of sensimeans operated during saidmanual placement of the film for .storing up energy in the motor, means for rendering the motor operative to shift the film and means'for 23. In combination, a camera adapted to contain a sensitized film, a motor for mov-v ing the film, manually operable means for placing the film in position for exposure,- .means operated during saidimanual place ment of the film for storing up energy in the motor, shuttermechanism, means operated by said shutter mechanism-for render ing the motor operative to shift the film and means for automatically rendering the motor inoperative aftera predetermined amoun v of film has been shifted therebyQ pneumatically operated mechanism for 9.0-.-

"24. In combination, a camera adapted to contain a. sensitized-film, a motor for winding said a controller for said motor, a shutter provided with an oscillating lever,

tuating the shutter, a. pneumatically oper-v ated device for operating the'=motor controller, valve mechanism controlling flow to said pneumatically. operated device, and connections from the oscillatin shutter lever to said valve mechanism or effecting the operation of the controller operating device after actuation ofthe'shutter operating mechanism. e

25. In combination, a camera adapted to contain sensitized film, a motor for, winding said film, a shutter, bulb controlled mechanism for actuating the shutter, manually operable means for actuating the shutter and a controller for the motor arranged to be operated by either said bulb mechanism or said manually'operable shutter actuating,

mechanism.

26. In combination, a camera adapted to contain a sensitized film, means for shifting said film, a motor for operating said film shifting means, shutter mechanism, means .controlled by said shutter mechanism for rendering the motor operative to drive the film shifting means after each exposure made by. the shutter mechanism, means for disconnecting the motor from the film shifting erative to an operative position, an abut-' ment arranged to be engaged' by said key to efiect a longitudinal movement of the spindle as the key is turned to operative position,

means for shifting the abutment to vary the spindle.

remain relatively stationary while between the spindle and motor adapted to be rendered operative upon the longitudinal movement of the spindle;

. pivotally supported to swi'ngfrom an inoperative to an operative position, an annular I abutment arranged to be engaged'by said key to" effect a longitudinal movement of the "spindle as-the key is turned to operative po- 'sition,.a rotatable annulus having a cam connection with the annular abutment for shift-' ing the abutment to vary the action ofthe same, a spring motor, and gearing between the spindle and motor adapted to be rendered operative to wind the spring of the motor upon longitudinal movement of the 29.. In a camera, a spindle for rotating a film spool, a motor for driving said spindle and a windingkey for the spindle havinga one-way connection with the spindle whereby to permit said winding 'key to remain relatively stationary while the spindle is being rotated by the motor.

30. In a camera, a spindle for rotating a film spool, a spring motor fordriving said spindle, a winding key for. manually operatin thespindle, and pawl and ratchet connection between the winding key and spindle arranged to permit said windingl key to t e spindle is being rotated by the motor. 7 31; In a camera, a spindl' forrotating a film spool, a ratchet on the end of the spindle, a motor for driving said spindle, a key loosely engaged on the spindle and a pawl carried by" said key arranged to engage the ratchet.

32. In a camera provided with a foldable lens platform, a motor for automatically winding the film after each exposure, a lens mount and shutter mechanism adjustable onthe lens platform, and fluid pressure connections between the shutter mechanism and motor for controlling the motor from the shutter mechanism including a relatively stationary chamber on theplatform open at the top and a chamber on the lens mount open at the bottom making. sliding contact with the first chamber.

3.3. In a camera, a spindle for rotating 2.

film spool, a winding key for said spindle pivotally supported to swing from an inoperative to an operative position, an abutment arranged to be engaged by said key to effect a longitudinal movement of the spindle as the key is turned to operative position,

means for shifting the abutment to vary the operation of the same and a motor having parts operated by the longitudinal movement of the spindle. v

34. In a, camera, a spindle forrotating a film winding spool, a gear on the spindle and a spring motor for driving the spindle, in-

eluding a power spring, an arbor driven" thereby, a gear on the arbor, an intermemediate gear driven bysaid arbor gear and winding gear to the spindle, and a motor- -for drlvlng the spindle, comprising a spring barrel, a gear carried thereby in mesh with the w1nd1ng gear on the spindle, means I holding the spring barrel against reverse rotation, an arbor,.a power spring connected between the arbor and the spring barrel, a gear on the arbor, an intermediate gear rotated by said arbor gear and making driving engagement with the drive gear on the spindle, an escapement member rotated by the intermediate gear, a controller arranged to engage the escapement member, and means for-releasing the controller from holding engagement with the escapement member;

36. Inca camera, a spindle for rotating a film winding spool, a drive gear on the spindle, a winding gear on the spindle,

-means for clutching either the drive gear or the winding gear to the spindle, and a motor for drivingthe spindle, comprisingia sprmg barrel, a gear carried thereby in mesh with the winding. gear on the spindle, means holding the spring barrel against reverse rotation, an arbor,a power springconnected between the arbor and the spring barrel, a gear on the arbor, an intermediate gear rotated by said arbor gear and making driving engagement with the drive gear on the spindle, an escapement member rotated by the intermediate fg'ear and a latch arranged to hold the escapement member when the winding,

gear is operative and toy release the escapement member when the drive gear is opera- "tive.

1 with the winding gear on the spin 37. In a camera, a spindle for'rotating a film winding spool, a drive gear on the spindle, a winding gear on the spindle, means for clutching either the drive gear orthe winding gear to thespindle, and a motor for drivmg the spuidle, comprising a spring barrel, a gear carried thereb in'me'sh dle, means iv holding. the spring barrel againstreverse rotation, anarbor, a power. spring connected between the arbor and the spring barrel, a

gear on the arbor, an intermediate gear rotated by said arbor gear and making drivmg engagement with the drive gear on the spindle, a toothed escapement member rotated'by the intermediate gear, a pivoted dog arranged to engage the teethof said escapement member, and means for releasing the dog from holding engagement with the escapement member.

38. In a camera, a shutter, mechanism for operating the same, an adjustable support for said mechanism,a fluidpressure reservoir mounted on the support, a motor for shifting the sensitized material, a pressure actuated device for controlling the motor, and fluid pressure connections from the reservoir to the said device.

39. In' a camera, a shutter, mechanism for operating the same, an adjustable sup-v port for said mechanism, a fluid pressure reservoir mounted on the support, a motor for shifting the sensitized material, a pressure actuated device for controlling the mo.-

-port for said mechanism, a fluid pressure reservoir mounted on the support, a motor for shifting the sensitized material, a pressure actuated device for controlling the motor, fluid pressure connections from the reservoir to the said device, and a shutter controlled valve controlling flow through said connections. .3

41. In a camera, shutter mechanism including an oscillating shutter, lever,arocking lever actuated thereby and provided with an arm, fluid pressure connections, a valve in said connections, alink for operating the valve, arranged to be operated by the arm of the rocking lever, a motor for presenting an unexposed section of sensitized material in position for exposure, and

ranged to control operation of the motor.

42. Ina camera, shutter mechanism ineluding an oscillating shutter lever, arocking lever actuated thereby, a motor for presenting unexposed sections of sensitized material in position .for exposure, a pressure actuated device controlling operation of the motor, fluid pressure connections leading-to said device, a valve controlling flowthrough said connections, and a link for operating the valve, the said link and the rocln'ng lever having cooperating shoulders adapted in the movement of the lever in one direction to'move past each other and in the move- -ment, of the lever in the opposite direction to interlock and impart a valve operating movement-to'the link. I

43. In a camera,-a shutter, manually operable shutter actuating mechanism adapted to beoperated first to open the-shutter and hold it open through a-controlled period of time and-then'to be operated a second time to close the shutter, a motor for presenting unexposed sections of the sensitized medium in position for exposure by the shutter, and

controlling means-independent of the shutter and actuated by the shutter actuating driving the spindle, gearing between the motor and. spindle, and clutch mechanism controlled by the winding key for rendering I the gearing operative or inoperative at will.

- film winding spool, means for manually ro-' 45. In a camera, a spindle for rotating a film winding spool, a motor for driving the spindle, gearing between the motor and spindle, a shutter, means for operating said shutter, means controlled by said shutter operating means for releasing said motor to drive said spindle, manually operable means -for rendering. the said gearing inoperative and means for manually rotating the spindle independently of the motor when said gearing is inoperative.

46. In a camera, a spindle for rotating a tating the spindle, a motor for driving the spindle, a set of winding gears from the spindle to themotor, a. set of drive gears from the motor to the spindle, and means for selectively controlling the two sets of gears.

47. In a camera, a spindle for rotating a film winding spool, means for manually rotating the spindle, a motor for driving the spindle, a set of winding gears from' the spindle to the motor, a set of drive gears from the motor to the spindle, means for selectively'controlling the two sets of gears, the said controlling means arranged further to render both sets of gears inoperative whereby to permit the manual operation of the spindle independent of said gears.

48. In a camera, a spindle for shifting the sensitized material, a winding key for said spindle arranged to be turned from an moperative to an operative position, a spring I motor, gearing between the spindle and motor for energizing the motor from the spindle, gearing between the motor and spindle for driving the spindle from the motor, clutch mechanism for rendering either the winding gearing or the driving gearing operative or for rendering both inoperative, and a shiftable member engaged by. the winding key when the keyis turned to its operative position and adapted thereupon to operate the clutch mechanism,"said shiftable member adapted in one position to cause the gearing to remain inoperative and in another position to render the winding gearing efi'ective. l

49. In a camera, a longitudinally movable spindle, a winding key on said spindle pivoted to swing from an inoperative to an 0 erative position, a spring motor, a win g gear loose on the spindle, and having conon the spindle and having connection with the motor, a clutch member on the spindle 'nection with the motor, a drive gear loosemember from both the drive gear and winding gear.

50. In a camera, the combination with shutter mechanism and means for setting the shutter mechanism to make difi'erent kinds of exposures, a motor for'automati-' cally presenting a fresh expanse of sensitized medium in position for exposure after each exposure made by the shutter mechanism, and controlling means for the motor operated by the shutter mechanism and controlled in'its' operation by the said setting means.

,51. In a camera, the combination of shutter mechanism including a member partaking of a certain definite movement upon the making of each complete exposure, means for setting the shutter mechanism to make different kinds of exposures, motor mechanism for shifting the sensitized medium, a control device for the motor and control connections between the shutter mechanism and motor control device including means arranged to be operated by the movable member of the shutter mechanism upon the completion of each exposure made by said shutter mechanism. g

52. In a camera, a spindle arranged for en.-

ment of the spool with said spindle, a motor gagement with a film winding spool and. longitudinally shiftable to. permit engage-- for driving the spindle, and gearing connections between the motor and spindle arranged to be operatively engaged and disengaged by longitudinal shifting movement of the spindle and including a member on the spindle slidably engaged thereon to permit the additional. shifting movement of" the spindle necessary when engaging the filmspool. v

53. In a camera, a spindle arranged for engagement with a film winding spooland longitudinally shiftable to permit said spindle being withdrawn when engaging a spool therewith, a motor for driving the spindle,

. gaging the spool or to control the gearing gearing connections-between the motor and spindle including a member movable with the spindle and arranged upon withdrawal of the spindle to efiect driving engagement between the motor and spindle, the said member being slidablykeyed to the spindle to permit the further withdrawal of the spindle necessary for the'purpose of engaging a spool therewith, and means for shifting the spindle either for the purpose of enconnections. v

54. In a camera, a spindle arranged for engagement with a film winding spool and longitudinally shiftable to permit engagement and disengagement of the spool and spindle, a motor, and gearing connectionsbetween the motor and spindle, controlled by longitudinal shifting movements of the spindle.

55. In a camera, a spindle for rotating a film winding spool, a manually operable winding key mounted on said spindle and adapted to be moved from an inoperative to an operative position, a motor, gearing between the motor and spindle including a member shiftable for connecting and disconnecting the motor and spindle and means engaged by the winding key in moving the same from inoperative .to operative position for shifting said member to thereby control the said gearing.-

56. In a camera, a spindle for rotating a film winding spool, a spring motor including a power spring connected between driving and driven members, gearing from the driving member of the motor to the spindle,

winding gearing for the driven member of the motor, a movable member 0' erable when shifted to one position to ren er the windfing gearing operative for winding the I contafin sensitized 'material, a motor forpower spring anda latching device operated by said member to hold the driving member when the winding gearing is operative.

57. In combination, a camera adapted to contain a roll of sensitized material, a spring motor forfshifting the sensitized material, a

control member normally holding the motor inoperative, shutter mechanism, means under control of the shutter mechanism for releasing the control member after each exposure and a manually'operable device for releasing the control member independently of the control exercised by the shutter mechanism. 3 a

58. In combinatlon, a'camera adapted to plunger to actuate the lever to operate the shutter.

59. In combination, a camera adapted to contain sensitized material, a motor for shifting the sensitized material, a fluid pressure operated device for controlling the motor, a shutter, a lever for'operating the shutter, a cylinder adjacent the lever, a plunger working in said cylinder and having a part overlying the lever whereby to operate said lever upon actuation of the plunger and fluid pressure connections from the cylinder to the pressure operated control device.

60. In a camera, a casing adapted to contain sensitized film for a plurality of exposures, means for shifting said film, a motor for driving said film shifting means,

means controlling the film shifting operation of said motor, manually operable means for driving said film shifting means,--and means for disconnecting said motor to render the motor inoperative and simultaneously rendering the manually operable means operative for shifting the film independently of the motor.

61. In a camera, a spindle for shifting the sensitized material, a winding key for said spindle arranged to be turned from an inoperative to an operative position, a-

spring motor, gearing between the spindle and motor, clutch mechanism for rendering the gearing operative or inoperative, a shiftable abutment ringengaged by the winding key when the key is turned to its operative position and adapted thereupon to operate the clutch mechanism, and a cam ring engaging the abutment ring for shifting the same in respect to the winding key whereby in the one position to cause thev gearing to remain inoperative and in another osition to render the winding earin eflectlve.

JOHN T UMBULL, Witnesses:

G. W. JoNEs, MORRIS ELMoRE CLARK. 

